Data Science with R Certification Training
Categories
Analytics and Data Management Certification
$199 – $2,099Price range: $199 through $2,099
$199
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LevelIntermediate
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Duration32 hours
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Last UpdatedDecember 26, 2025
Hi, Welcome back!
Requirements
- No prior programming or data science experience is mandatory
- Basic understanding of mathematics and statistics is helpful but not required
- A laptop with internet access is required for hands-on labs
- R and required tools will be guided during the training
- Exam fee is included in the course fee
- For rescheduling or cancellation, email Support@certificationguide.com
- Course location, access links, and schedules will be shared after registration
Target Audience
- This course is ideal for:
- Aspiring Data Scientists
- Data Analysts and Business Analysts
- Software Developers and Engineers
- IT Professionals looking to transition into Data Science
- Fresh graduates and working professionals interested in analytics
- Professionals working with data in finance, healthcare, marketing, and operations
Material Includes
- 4 days of intensive instructor-led training (In-person or Online)
- Hands-on training with R and analytics tools
- Courseware developed by industry experts
- Real-world datasets, case studies, and projects
- Exam tips and tricks for first-attempt success
- Certification Guide Data Science with R Certificate
- 35 PDUs certificate upon course completion
- Lifetime single-user access to downloadable course materials
- 100% Pass Guarantee and 100% Money-Back Guarantee
Description
The Data Science with R Certification Training by Certification Guide is a comprehensive, instructor-led program designed to help professionals master data analytics and data science using the R programming language. This course provides in-depth knowledge of R, its powerful libraries, and real-world applications for data manipulation, visualization, statistical analysis, and machine learning.
R is one of the most preferred languages for data science due to its robustness, flexibility, and extensive ecosystem of statistical and machine learning packages. This training equips learners with practical, job-ready skills through hands-on labs, real-life case studies, and project-based learning, enabling them to make data-driven decisions and build predictive models across industries.
What I will learn?
- After completing this Data Science with R course, you will be able to:
- Understand the complete Data Science lifecycle and real-world business use cases
- Work confidently with the R programming language and its core libraries
- Perform data extraction, data wrangling, and exploratory data analysis (EDA)
- Apply statistical inference techniques for data-driven decision-making
- Visualize data effectively using R for insights and storytelling
- Implement supervised and unsupervised machine learning algorithms
- Build models using Decision Trees, Random Forest, Naive Bayes, SVM, and K-Means
- Analyze and forecast data using Time Series models (ARIMA, ETS)
- Understand the basics of Deep Learning and Neural Networks
- Apply machine learning models to real-life datasets and business scenarios
Course Agenda
Introduction
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Introduction to Course
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Certification Guide, Instructor, Participant introduction and Set expectation by participant
Module 01 : Introduction to Data Science
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What is Data Science?
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What does Data Science involve?
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The era of Data Science
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Business Intelligence vs Data Science
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The life cycle of Data Science
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Tools of Data Science
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Introduction to Big Data and Hadoop
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Introduction to R
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Introduction to Spark
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Introduction to Machine Learning
Module 02 : Statistical Inference
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What is Statistical Inference?
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Terminologies of Statistics
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Measures of Centers
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Measures of Spread
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Probability
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Normal Distribution
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Binary Distribution
Module 03 : Data Extraction, Wrangling, and Exploration
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Data Analysis Pipeline
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What is Data Extraction
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Types of Data
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Raw and Processed Data
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Data Wrangling
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Exploratory Data Analysis
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Visualization of Data
Module 04 : Introduction to Machine Learning
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What is Machine Learning?
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Machine Learning Use-Cases
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Machine Learning Process Flow
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Machine Learning Categories
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Supervised Learning algorithm: Linear Regression and Logistic Regression
Module 05 : Classification Technique
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What is Decision Tree?
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Algorithm for Decision Tree Induction
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Creating a Perfect Decision Tree
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Confusion Matrix
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What is a Random Forest?
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What is Naive Bayes?
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Support Vector Machine: Classification
Module 06 : Time Series
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What is Time Series Data?
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Time Series variables
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Different components of Time Series data
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Visualize the data to identify Time Series Components
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Implement the ARIMA model for forecasting
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Exponential smoothing models
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Identifying different time series scenario based on which different Exponential Smoothing model can be applied
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Implement the respective ETS model for forecasting
Module 07 : Deep Learning
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Reinforced Learning
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Reinforcement learning Process Flow
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Reinforced Learning Use cases
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Deep Learning
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Biological Neural Networks
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Understand Artificial Neural Networks
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Building an Artificial Neural Network
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How ANN works
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Important Terminologies of ANN’s
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